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Data transport

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                          Data transport process Transport data by last two layer of osi- Sure! Here’s an overview of both the Application Layer and the Presentation Layer within the context of the OSI (Open Systems Interconnection) model: OSI Model Overview- The OSI model is a conceptual framework used to understand and implement network communications. It divides network communication into seven layers, each with specific functions. From top to bottom, these layers are: 1. Application Layer 2. Presentation Layer 3. Session Layer 4. Transport Layer 5. Network Layer 6. Data Link Layer 7. Physical Layer ### Application Layer **Position:** The 7th (top) layer of the OSI model. **Function:** The Application Layer serves as the interface between the end-user applications and the network. It provides network services directly to user applications. This layer is responsible for: - **Providing network services:** Such as file tra...
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Logo language

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  Logo language refers to the visual and symbolic elements used in a logo to communicate a brand's identity, values, and message. It encompasses the choice of shapes, colors, typography, symbols, and design principles that convey meaning to the audience. This "language" can evoke emotions, establish brand recognition, and communicate a specific tone or character. It is a form of non-verbal communication that speaks to the viewer, making a statement about the brand or organization without using words. Logo language work refers to the process of creating, refining, and utilizing the visual elements that make up a logo to communicate effectively. This work includes the conceptualization, design, and strategic development of a logo, ensuring that its visual components—such as color, typography, shapes, and symbols—align with the brand's message, identity, and values. Logo language work often involves collaboration between designers, marketers, and brand strategists to ens...
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S ram

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  Synchronous Dynamic Random-Access Memory (SDRAM) and Dynamic Random-Access Memory (DRAM) are both types of RAM used in computers and other devices, but they have some key differences: 1. **Synchronization**:    - **SDRAM**: Synchronous with the system clock. It synchronizes its operations with the CPU's clock cycle, allowing for more efficient data processing.    - **DRAM**: Asynchronous. It does not rely on the system clock, which can result in slower data access times compared to SDRAM. 2. **Speed**:    - **SDRAM**: Generally faster due to its synchronous nature. It can queue up multiple instructions and execute them in rapid succession, leading to higher performance.    - **DRAM**: Slower as it processes instructions one at a time without synchronization to the system clock. 3. **Technology Generation**:    - **SDRAM**: A newer technology compared to traditional DRAM. It has evolved through various generations, such as DDR (Dou...
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